'Register window' diaporamas de présentation

Chapter 7 Subroutines Dr. A.P. Preethy

Chapter 7 Subroutines Dr. A.P. Preethy. 7.1 Introduction There is frequently a need either to repeat a computation or to repeat the computation with different arguments. Subroutines can be used in such situations Subroutines may be either open or closed Open subroutine

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CSC 3210 Computer Organization and Programming

CSC 3210 Computer Organization and Programming. Chapter 7 SUBROUTINES D.M. Rasanjalee Himali. Outline. Introduction Open Subroutines Register Saving Subroutine Linkage Arguments to Subroutines Examples Leaf Subroutines Pointers as Arguments to Subroutines. Introduction.

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SDK for PACDSP

SDK for PACDSP. Feb. 2010 STC/ITRI ??. Toolchain Development Items from Our Site. Compiler: Developed from Open64/ORC Assembler/Linker: Developed from GNU Binutils Debugger: Developed from GNU GDB Runtime Library: Developed from RedHat Newlib IDE: Developed from Eclipse.

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Chapter Six

Chapter Six. Sun SPARC Architecture. SPARC Processor. The name SPARC stands for S calable P rocessor Arc hitecture SPARC architecture follows the RISC design philosophy by stressing importance of Large CPU register file Similar register window features. RISC Vs CISC.

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More Event Handling

More Event Handling. Adapters Anonymous Listeners Pop menus Validating User Input. Remember event handling. public class MyWindow extends JFrame implements ActionListener { public MyWindow (){ ... ok = new JButton ("OK"); ok.addActionListener (this); panel.add (ok); ...

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AVR Tools STK500 usage

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THE SPARC ARCHITECTURE

THE SPARC ARCHITECTURE. Presented By M. SHAHADAT HOSSAIN 041-122-044 NAIEEM TOURZO KHAN 041-079-044 SARDER FERDOUS SADIQUE 041-251-044. INTRODUCTION. SPARC stands for Scalable Processor ARChitecture.

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THE SPARC ARCHITECTURE

THE SPARC ARCHITECTURE. Presented By Suryakant Bhandare ELEC 6200-001 Computer Architecture and Design Fall 2009 srb0012 @ auburn .edu. Outline. INTRODUCTION DESIGN GOALS HISTORY TH E SPARC ARCHITECTURE - Integer Unit (IU) - The Register Window - Floating Point Unit (FPU)

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Tiny OS Optimistic Lightweight Interrupt Handler

Tiny OS Optimistic Lightweight Interrupt Handler. Simon Yau (smyau@cs.berkeley.edu) Alan Shieh (ashieh@hkn.eecs.berkeley.edu). Tiny OS Overview. Small footprint system Used in small, low-power, embedded devices (e.g., temperature sensors) Event-based programming model. Tiny OS Primer.

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